This guide provides an overview of Middleware’s Infrastructure Monitoring page. Collect, configure, and visualize complex telemetry across your Infrastructures with our autodetection capabilities.

The Middleware Host Agent auto collects data across your stack using the OpenTelemetry framework. While collecting, the Agent will compress and batch data to your account to allow near real time analysis on all data points regarding your clusters, nodes, pods and services.

Middleware supports Infra Monitoring on many distributions, which can be found here.

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Key Concepts

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Host List

The Host List is the highest level component overview, providing a top-down approach for diagnosing, monitoring, and maintaining your stack. It provides insights into your orchestration data, database usage, system-wide Infrastructure utilization and general health of your stack.

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Containers

The Containers section provides visibility into the health and performance of your containerized workloads. Middleware collects Container data based on the VMs running in your infra. This does not include containers managed by Kubernetes.

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Processes

Processes are system level programs being executed inside of your hosts or containers. This data is pulled directly from your operating system and imported to Middleware through the Host Agent. You may use this data to analyze process health, overall process impact, and drill into each process to uncover further data points.

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Kubernetes

Kubernetes is a container orchestration platform that automates the deployment, scaling, management, and operation of containerized applications. Our Middleware Agent runs as a Kubernetes DaemonSet that collects and transmits data.

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Usage Graph

The Usage graph is a timeseries representation of data from across your Infrastructure. Gain immediate insight into your stack’s performance with the Usage Graph, which by default allows summaraziation by CPU or Memory usage, and a date range picker to drill into a specific timeframe.

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Change Usage Type

Toggle between your Infrastructure CPU and Memory usage over time.

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Select Date Range

Select your own date range from the calendar or choose from our default options.

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Data Table

The Data Table section displays all Infrastructure data in a single table. Tailor your experience by adding and removing specific metrics, filtering your data to quickly drill into important Infrastructure issues, and toggle between displaying data in real-time or from a static timeframe. Quickly isolate high level issues and drill into them to identify root cause.

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Add & Remove Data

Select specific Infrastructure data you would like to see in your data table by toggling on and off each attribute or metric.

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Filter & Search

Access specific Hosts, Host IDs, Host Names, Kubernetes Nodes, OS Types, and other key attributes with the Filters bar. Quickly index across all of your infrastructure data in one search.

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Live & History View

Toggle between a static timerange with the History View or track your Infrastructure data in real-time with Live View.

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Drilling Into Your Data

The below section describes some of the many ways you can drill into your data. By default Middleware connects data across your stack using attributes and span and thread ids to ensure a drillable experience across all components. This enables users to have an easy path to root cause regardless of where they start their exploration.

In the examples below you’ll see how to drill into the Host List and Kubernetes Data, however, the drill is available from any data point across the Data table.

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Drilling Into Host List Data

The following example will show you how to drill into a specific Host to better understand the associated components. When drilling into the Host, Middleware by default associates data across all Metrics, Pods, Containers, Processes, Logs and Services.

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Drilling Into Kubernetes Data

The following example will show you how to drill into your Kubernetes Infrastructure. When drilling into Kubernetes data, Middleware by default associates data across Clusters, Nodes, Services, and Workloads.